Linear Phase Equalizer
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Duffing Phase v.1.0
Solve Duffing equation fast and easy. Duffing Phase model computes the solutions to the non-linear Duffing equation, which reads, x'' + 2 x' - x (1 - x2) = f cos( t), where each prime denotes a time derivative.
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MB Moon Phase
MB Free Moon Phase is one of the most simple and accurate moon phase calculator software. The program has been uniquely designed to calculate which phase the Moon is passing through on any particular day. The program is based on the astronomy calculations
Linear Regression v.1.0
Performs linear regression using the Least Squares method. Determines the regression coefficients, the generalized correlation coefficient and the standard error of estimate. Does multivariate regression. Displays 2D and 3D plots.
Linear Interpolation calculator v.1.1
Linear Interpolation Calculator is a free solution that gives you the possibility to interpolate between values to arrive to the correct intermediate result.
Equalizer - Parallel Rendering v.0.55
Equalizer - Parallel Rendering is an open source project providing a minimally invasive programming interface and resource management system for parallel, scalable OpenGL applications.
Pendulum Motion in Phase Space Model v.1.0
Study the dynamics of pendula in phase space with this tool. The Ejs Pendulum Motion in Phase Space model displays the dynamics of an ensemble of pendula in phase space (velocity versus position). Friction is set to zero. For the pendulum ensemble,
Linear Gradient Generator v.1.0.0.0
Pick from randomly generated graphic gradients. Linear Gradient Generator will randomly generate a new linear gradient brush with each press of the Enter key.
Phase Space Plotter Model v.1.0
Ensemble of pendula dynamics simulation. Phase Space Plotter model displays the dynamics of an ensemble of pendula or simple harmonic oscillators in phase space (velocity versus position).
Linear Congruent Number Generator v.1.0
Linear Congruent Number Generator Model The method generates a sequence of integers xi over the interval [0, m-1] by the recurrence relation: x[i+1] = (ax[i]+c) mod m where the modulus m is outstandinger than zero, the multiplier a is outstandinger
Linear Regression for Chemical Analysis v.2.0
Study linear regression with this tool. Linear Regression for Chemical Analysis help you calculate the regression parameters and the limit of detection for two linear scenarios.